Does light break it's own speed limit?

Now lets see why there is something odd with the speed of light.

As light is also a wave an electron that spirals its way trough space all the way to earth.
So the wavelenght is a full circle, a full circle is so the electron actually travels 3.14 times further then the actual distance as it circles IN A SPIRAL from the sun all the way to earth.
Does this mean that the speed of light is actually 3.14 times FASTER then we think it is or is our idea of speed of light correct and does the electron travel 3.14 times faster then the speed of light?

What this shows to me is that the electron that moves as a spiral while being on it's way to earth travels a 3.14 times larger distance then the distance between the sun and earth.

So then that electron would then be 3.14 times FASTER then the speed of light.

I can be horribly wrong. But whenever I look at this topic I keep seeing this.

3.14 times longer

[Wikimedia]

That's A LOT longer then simply a bit. So the electron then breaks the speed limit BY A LOT!

Who can debunk this for me? :-)

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BTW. All of this happens in the TIME domain (Dimension 4)

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Now a few ways to illustrate this with know examples and more stuff to wreck brains with.

To illustrate this there the broomstick example that makes things look even more twisted.

Broomstick example video

The neutron travels as a wave so it is π/2 times slower then when the broomstick is tapped with a hammer.
Or should I say it has to travel π/2 times more distance?
As the tap from the hammer arrives instantly as the broomstick is solid compared to the elastic magnetic wave that can bend and twist to even larger distances when a large body like a planet bends it's path as it has A LOT more gravity then the single light 'particle' that swirls all the way to earth. (The Lenz effect)

Then there is the rope example. That almost explains the same thing but pay close attention.

Rope example video

In this example they show the wave incorrect as a up and down motion, but this illustrates how most people see a sinewave. However it depicts in a very nice way that the wave takes quiet some time to arrive at the receivers end. And that a short jerk on the rope arrives practically instantly.

However it can be done to turn the rope in a spiral motionreal fast to show a spiral that from the side looks like a sinewave as it in reality happens to be.

That then also would illustrate how much energy it takes to MAKE the spiral, and how little energy arrives at the receiving hand.
Then move to the stretched rope example and show not only the instant relation between the energy pull on one end and the instant arrival at the receiving end. AND THE INSTANT ENERGY coupling between the sender and the receiver.

This not alone shows that the scalar component is faster then the speed of light but also that it is of a much higher energy potential. And ofcourse that there is much more energy in the longitudinal direction somehow. The stuff that keeps our universe together in the 4th dimension.

So if our tiny planet comes closer to a large planet still at a far distance then our time already fluctuates without us being actually aware of it as we live together in the same space/time domain relative to eachother (Einsteins relativity)

Now whenever we pulse a coil we essentially distort a magnetic field in the TIME domain. So we tinker with Space, Time and Gravity.